Question

1. Which of the following is the correct graph of the compound inequality 4p + 1 > −7 or 6p + 3 < 33?

a number line with open circles at -2 and 5 with shading in between.

number line with open dots at ¨C2 and 5 and shading to the right of 5 and to the left of ¨C2.

number line with shading everywhere.

number line with open dot at ¨C2 and a closed dot at 5 and shading in between.
2. Which of the following is the correct graph of the solution to the inequality −8 greater than or equal to −5x + 2 > −38?

number line with an open dot at 2 with shading to the left and another open dot at 8 with shading to the right.

number line with an open dot at 8 and at 2 with shading in between.

number line with a closed dot on 2 and an open dot on 8 and shading in between.

number line with closed dots at 2 and 8 with shading between the 2 and the 8.

3. Solve and graph the absolute value inequality: |2x + 4| > 8.

number line with open circles on −6 and 2, shading in between.

number line with closed circles on −6 and 2, shading going in the opposite directions.

number line with open circles on −6 and 2, shading going in the opposite directions.

number line with open circles on −2 and 2, shading going in the opposite directions.
4. Solve and graph the absolute value inequality: |4x + 1| ≤ 5.

number line with closed dots on −1.5 and 1 with shading going in the opposite directions.

number line with open dots on −1.5 and 1 with shading in between.

number line with closed dots on −1 and 1 with shading in between.

number line with closed dots on −1.5 and 1 with shading in between.